To accurately account for this effect, it necessarily requires an additional numerical modification process based on experimental data or an implementation of Morison equation.
The selected key modules – digital human modeling, 3D garment design and modification, numerical integration of draping, 2D pattern generation, geometric details modeling, parallel computation and GPU acceleration – are discussed in turn.
In order to compare the experimental strain results with the numerical models, some slight modifications were therefore implemented in the non-linear FE models.
Solution procedure also involves the application of the Boundary Element Method, which simplifies modifications of numerical discretization when position of the front is updated within the iterative process.
Based on the numerical simulation results, a modification to a recently proposed STM is suggested.
Only linear regression was analyzed as a modification of numerical quantities as those proposed in [28] cannot be easily included in the multivariant procedure.
Two procedures, namely, phase modification and numerical optimisation, were proposed in the algorithm of PMSM to effectively improve its accuracy.
This environment, called EPSN, allows the control, the data exploration and the data modification for numerical simulations, involving an iterative process.
At the end, based on the test results and on the tests of others, and on and performed numerical analyses, a possible modification of Eurocode 2 in the field of reinforced concrete footing was proposed.
The numerical procedure is a modification of an "expanding domain" type method where one obtains approximations of increasing accuracy by expanding the computational domain.
